Safety analysis of the method of implementation of crash cushions von Šimková, Tereza, Frydrýn, Michal

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Impact response of various concretes at 2.8-second drop shaft von Sovják, Radoslav, Fládr, Josef, Šťástka, Jiří, Frydrýn, Michal

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Development of mobile road barrier made of ultra-high-performance fibre-reinforced concrete von Mára, Michal, Konrád, Petr, Fornůsek, Jindřich, Zatloukal, Jan, Frydrýn, Michal, Nouzovský, Luboš, Mičunek, Tomáš, Sovják, Radoslav

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Resistance of slim UHPFRC targets to projectile impact using in-service bullets von Sovják, Radoslav, Vavřiník, Tomáš, Zatloukal, Jan, Máca, Petr, Mičunek, Tomáš, Frydrýn, Michal

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Comparative study on the crashworthiness of brittle blocks with thin-walled cellular structures von Hála, Petr, Frydrýn, Michal, Máca, Petr, Sovják, Radoslav

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Energy absorbing system made of high performance concrete von Hala, Petr, Sovjak, Radoslav, Frydryn, Michal, Micunek, Tomas

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Fracture behaviour of ceramic blocks with thin-walled cellular structures under dynamic loadings von Hála, Petr, Sovják, Radoslav, Mičunek, Tomáš, Frydrýn, Michal, Nouzovský, Luboš

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INTERNAL STRUCTURE OF A DEFORMATION BLOCK, DEFORMATION BLOCK AND DEFORMATION SYSTEM von SOVJÁK, RADOSLAV, FRYDRÝN, MICHAL, MICUNEK, TOMÁS, MÁCA, PETR

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The internal structure of the deformation block, especially of a construction element of slip roads von Mičunek Tomáš, Frydrýn Michal, Sovják Radoslav, Máca Petr

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Deformation block internal structure, deformation block per se and deformation system von Mičunek Tomáš, Frydrýn Michal, Sovják Radoslav, Máca Petr

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Deformation block internal structure, deformation block and deformation system von MÁCA PETR, MIČUNEK TOMÁŠ, SOVJÁK RADOSLAV, FRYDRÝN MICHAL

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